Our safe and dependable shutdown systems fit a range of engines and fuel injection pump governors; all designed with consideration of installation and maintenance. The kits contain the properly-selected solenoid and return spring for running and stopping machines under all conditions.
Solenoids are sized according to deration for hot temperature and low voltage. The hold coil is designed for continuous use under the most severe temperature and vibration conditions. Designed with two separate coil windings instead of one allows the solenoid to remain energised without overheating. The effectiveness of this design results in a compact solenoid that is approximately half the size of a regular single coil unit. All mounting hardware for attachment to the governor housing is included.
Shutdown kits are available in 12- and 24-volt models with optional Packard Weather Pak, or Metri-Pack sealed connectors. The RQV-K Bosch Kit includes Packard Weather Pack Connector.
Click here to view our Shutdown Kits product list
Our chosen supplier of Shutdown Kits is Woodward (USA).
Please find publications on Shutdown Kits that may be of interest to you below:
Manual
Solenoid Shutdown Kits - Manual 36590
View for Solenoid Shutdown Kits_Manual_Woodward_PDF_571_KB
To enquire about a product or speak to an expert in Shutdown Kits, please:
Solenoids - Shutdown Kits - Solenoid Accessories - Alphabox – Engine Diagnostic System - Timer Modules - Electronic Governors - APECS Controllers - Electronic Speed Switches - Speed Sensors - Oil Centrifuge - Thermostatic Valves
P: +61 2 4223 7600
E: info@micromax.com.au
The contents of this website and the information provided is updated on a regular basis. Nevertheless errors, omissions or incomplete facts may occur. Micromax gives no warranty or guarantee for the correctness and completeness of the information provided. Micromax reserves the right to make changes, amendments and alterations on an as required basis. Micromax takes no responsibility for the contents of any websites linked via or referred to herein.